Australian-Made Solar Panels Thriving In Outback Testing

After years of operating in harsh outback conditions, solar panels from a couple of Australian manufacturers are still performing well.

Transcript begins —

Finn: For this month’s field test, we head all the way up to Alice Springs, to the Desert Knowledge Australia’s Solar Centre to find out just how Tindo and a bunch of other panels are performing in one of the sunniest places on Earth. First, let’s hear from senior project manager Paul Rodden in Alice Springs.

Paul Rodden: The Desert Knowledge Australia Solar Centre was originally built in 2008 as a federally funded project designed to demonstrate solar technology. And this site was really about bringing the most up-to-date information to the public by making not only the site available to people, but the data that was generated from all the systems available via the publicly facing website.

It’s all photovoltaics – it’s a range of different technologies. And it’s really about demonstrating those different technologies in this environment, which is a hot environment with high levels of irradiance – a really ideal place in many ways for solar.

Solar panel arrays - DKASC

Finn: The oldest panels up in Alice are Australian-made BP solar panels made in the now sadly closed BP solar panel factory near the Olympic precinct in Homebush, Sydney. These beauties with their original inverters are approaching 14 years in the NT heat. They’re still chugging along admirably, pumping out about 87% of their original energy output.

But what about the Tindo solar panels? They are kicking ass. These Tindo panels installed in 2016 are generating more energy per kilowatt installed than the other panels installed that year – Q CELLS, Hanwha or Canadian Solar.

The only silicon panels keeping up with Tindo are the more expensive SunPower, which is impressive as they were installed five years earlier in 2011. The only panels beating Tindo, as far as I can see, are ones I’ve never heard of – Solibro thin film panels installed a year later in 2017. But if you want those on your roof, bad luck, I don’t know of anyone that installs Solibro panels in Australia.

So, that’s great to see Australian made panels from 2008 and 2016, surviving and thriving in the Aussie outback.

If they can survive there, they should do just fine on your roof.

— Transcript ends

This segment was from SolarQuotes TV Episode 11: The Australian-Made Solar Edition – discover how Australian researchers and manufacturers are punching above their weight with their home-grown solar technologies.

Solar Panel Arrays At The DKASC

Check how different technologies, ages, makes, models and configurations of panels are performing at the DKASC using the following links:

Manufacturer Array Rating Installed
BP Solar 4.95kW 2008
BP Solar 5.1kW 2008
BP Solar– North 1.98kW 2008
BP Solar– Flat 1.98kW 2008
BP Solar– East 1.98kW 2008
BP Solar– West 1.98kW 2008
BP Solar– Roof Mounted 4.95kW 2008
Calyxo 5.4kW 2010
Canadian Solar 5.3kW 2016
CSUN 6kW 2013
eco-Kinetics 26.52kW 2010
Elkem 5.5kW 2014
Evergreen 4.92kW 2010
First Solar 6.96kW 2008
Hanwha 5.83kW 2016
Kaneka 6kW 2008
Kyocera 2.16kW 2008
Kyocera 5.4kW 2008
Kyocera 5.4kW 2008
Kyocera 5.4kW 2008
NovoPolymers 5.2kW 2016
Q CELLS 6.05kW 2016
Q CELLS 5.5kW 2013
Q CELLS 5.61kW 2013
Q CELLS 5.9kW 2017
REC 5.5kW 2012
Sanyo 6.3kW 2010
SolFocus 16.8kW 2010
Solibro 5.2kW 2017
Sungrid 5.04kW 2010
Sungrid 5.04kW 2010
SunPower– 215W 5.81kW 2009
SunPower 5.24kW 2011
TDG 5kW 201
Tindo 5.5kW 2016
Trina 10.5kW 2009
Trina 23.4kW 2009
Trina 5.25kW 2009
Winaico 5.28kW 2012

More About The DKA Solar Centre

Electricity generated by the various arrays at the Centre helps power the Desert Knowledge Precinct. The Precinct occupies a 73-hectare property on Arrernte bushland, 9 kilometres south of the Alice Springs town centre. The Precinct provides a place for enterprises, research, education, partnerships and cultural activities.

Collectively, the solar panel arrays generate an average of 420,000 kilowatt-hours of clean electricity annually.

Learn more about the DKASC here.

About Michael Bloch

Michael caught the solar power bug after purchasing components to cobble together a small off-grid PV system in 2008. He's been reporting on Australian and international solar energy news ever since.

Comments

  1. It’s pleasing to see that some progress is being made in the NT; especially for remote communities .

    Darwin still seems to be lagging behind a little in terms of residential roof-top solar PV compared to other states, but the difficulties faced by the NT Gov as a consequence of tourist reduction due to lock-downs, continuing budget deficits ( has improved in recent years but still a long way to go), would have had considerable impact on many long-term residents and small businesses.

    According to this Industry Skills Advisory Council NT (ISACNT) webpage
    at: https://www.isacnt.org.au/NT-industries/renewable-energy ; the NT gov has set itself a target of “50 percent electricity from renewable sources by 2030 and reducing greenhouse gas emissions “.

    They’ve got some real challenges in meeting that goal, as up till now they’ve been a major exporter of gas and other fossil based fuels, and their economy is still very dependent on those products.

    But falling or stagnant demand for fossil fuel products should work in their favour, despite some ‘hiccups’ along the way.

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